Add to ORKGThe project in essence is to take any given number of old computers, fix them up to working condition, and connect them in a setup called a "cluster"--which basically means the computers distribute certain programs amongst themselves, functioning as one large "supercomputer.”Ope
Supercomputing has become a staple of science and the poster child for aggressive developments in si...
The way in which HPC systems are built has changed over the decades. Originally, special purpose com...
Collaboration between computer science and physics has produced a concurrent supercomputer capable o...
Our long-term goal is to investigate the potential of multicomputers constructed of commercial, off-...
Personal computers contribute significantly to the growing problem of electronic waste. Every comput...
Henry Neeman, University of Oklahoma Assistant Vice President, Information Technology - Research...
A project focusing on reusing outdated personal computers, to provide the campus environment with l...
Approaches to supercomputer architecture have taken dramatic turns since the earliest systems were i...
In the past decade there has been a dramatic shift from mainframe or ‘host-centric ’ computing to a ...
The Caltech Concurrent Supercomputer Facility connects campus and JPL to enormous computation resour...
We intend to recycle LCD monitors coupled with overhead projectors to project movies for communities...
From WHENCE it came is a brand devoted to the reuse of electronic waste. Technology, which typicall...
E-waste is a serious problem that we face today and several processes and techniques that try to ext...
The paper describes the architecture of SCIT - supercomputer system of cluster type and the base arc...
The Raspberry Pi is a fully functional computer about the size of a credit card costing between $20 ...
Supercomputing has become a staple of science and the poster child for aggressive developments in si...
The way in which HPC systems are built has changed over the decades. Originally, special purpose com...
Collaboration between computer science and physics has produced a concurrent supercomputer capable o...
Our long-term goal is to investigate the potential of multicomputers constructed of commercial, off-...
Personal computers contribute significantly to the growing problem of electronic waste. Every comput...
Henry Neeman, University of Oklahoma Assistant Vice President, Information Technology - Research...
A project focusing on reusing outdated personal computers, to provide the campus environment with l...
Approaches to supercomputer architecture have taken dramatic turns since the earliest systems were i...
In the past decade there has been a dramatic shift from mainframe or ‘host-centric ’ computing to a ...
The Caltech Concurrent Supercomputer Facility connects campus and JPL to enormous computation resour...
We intend to recycle LCD monitors coupled with overhead projectors to project movies for communities...
From WHENCE it came is a brand devoted to the reuse of electronic waste. Technology, which typicall...
E-waste is a serious problem that we face today and several processes and techniques that try to ext...
The paper describes the architecture of SCIT - supercomputer system of cluster type and the base arc...
The Raspberry Pi is a fully functional computer about the size of a credit card costing between $20 ...
Supercomputing has become a staple of science and the poster child for aggressive developments in si...
The way in which HPC systems are built has changed over the decades. Originally, special purpose com...
Collaboration between computer science and physics has produced a concurrent supercomputer capable o...